public void StartCalc()
{
cH2[0] = CalcVoden();
cCO[0] = CalcSynthesGas(0, 0, 0, 0, 0);
cCO2[0] = 0;
cH2O[0] = 0;
reactorPress[0] = CalcReactorPress(0, cH2[0], cCO[0], cCO2[0], cH2O[0]);
for (var i = 1; i < component.EndTime; i++)
{
cH2[i] = CalcVoden(i, cH2[i - 1], cCO[i - 1], cCO2[i - 1], cH2O[i - 1]) < 0 ? 0 : CalcVoden(i, cH2[i - 1], cCO[i - 1], cCO2[i - 1], cH2O[i - 1]);
cCO[i] = CalcSynthesGas(i, cH2[i - 1], cCO[i - 1], cCO2[i - 1], cH2O[i - 1]) < 0 ? 0 : CalcSynthesGas(i, cH2[i - 1], cCO[i - 1], cCO2[i - 1], cH2O[i - 1]);
cCO2[i] = CalcVyglGas(i, cH2[i - 1], cCO[i - 1], cCO2[i - 1], cH2O[i - 1]) < 0 ? 0 : CalcVyglGas(i, cH2[i - 1], cCO[i - 1], cCO2[i - 1], cH2O[i - 1]);
cH2O[i] = CalcWater(i, cH2[i - 1], cCO[i - 1], cCO2[i - 1], cH2O[i - 1]) < 0 ? 0 : CalcWater(i, cH2[i - 1], cCO[i - 1], cCO2[i - 1], cH2O[i - 1]);
reactorPress[i] = CalcReactorPress(0, cH2[i], cCO[i], cCO2[i], cH2O[i]);
}
cLiquidComponent.AddArray(cH2, 0);
cLiquidComponent.AddArray(cCO, 1);
cLiquidComponent.AddArray(cCO2, 2);
cLiquidComponent.AddArray(cH2O, 3);
CalcComponentsLiquidPhase();
CalcComponentsGasPhase();
}
